Receptacle filling machine



Jan. l0,r 1928. '1,655,584

4 D; A. ums

RECPTACLE FILLING MACHINE 'Filed Dec. 3. 1921 6 Sheets-Sheet 1 :7" 61 /N im y m T um il 11e QT mami; f4@

D/A. URIE REGEPTAQLE FILLING MACHINE l Filed vec. s. 19er 6 Sheets-Sheet 2 im 10. 192s.

Jan. 10, 1928. 1,655,584

D. A. uRsE RECEPTACLE FILLING MACHINE Filed'ng. s. 1921 s'sneets-sneet s Jan.1o,192s. l n 1,655,584

D- A. URIEYv nnc'EPTALE FILLING domus .Filed nec. s.- 1921 sheets-sheet 4 Jan. lo' 19280* y D. A. uRlE RECEPTACLE" FILLING MACHINE mea ve'c. 3.1921 ssneets-sneet s if? if! 115 Jan. 1o, 192s. 1,655,584

D. A. URE

REEPTACLE FILLING MACHINE Filed Dec. 3, 1921 6 Sheets-Sheet 6 M l j l 1 l!! l 2. l

and adapted to be placed into operative relation with said shaft byv means' of a slidable key 36.

The loosely mounted gears controlled by the slidable key 36 mesh with the gearsl 37 mounted on a sleeve 38; the gear controlled by the key 36 and the gears 37 being of diii'erent diameters to provide different speed ratios. The sleeve 3S is provided'v at one end with a lianped or internally toothed disc 39Y and the sleeve and disc receive a shaft 40 on which is mounted a disc 4l keyed to shaft 40. The disc 4l is provided/with soclr'et or cut-away portion in which a pawl 42 is oscillatably mounted; the pawl'being provided with a trunnion having an extension or linger secured thereto' disposed parallel with the disc 4l and provided on its forward side, relative to direction of rotation, with a flat spring striker 43. The pawl 42 is arranged to be normally in mesh with the internal teeth of the disc 3'9 and thereby operatively connect the disc 41 to the disc 39, which will cause rotation of the disc 4l and therefore of shaft 40 when the sleeve 38 withv disc 39 is rotated. Suitable mechanism, preferably shown as a bell-crank lever `44, is pivotally mountedv on the frame of the machine adjacent to and slightly be'- neath shaft 40; the freeend of the lever is bifurcated and slightly rounded on its forward face to engage the side of a spring controlled roller which is slidably mounted on a stationary rod 45a and normally held out of the path of the linger 43, and its spring plate 43, while oscillation of lever 44 will move roller 45 into the path of spring plate 43 and'finger 43, thereby causing oscillation of the pawl 42 in such direc-r tion as to force it out of engagement with the internal teeth of disc 39. The spring plate element 43 is first engaged by the rolt` er 45, and if the' frictional engagement of pawl 42 with the internal teeth of disc 39A is too great, the spring plate 43- bends backward into positive engagement with the linger 43, thereby forcing the pawl 42 out of engagement with the teeth of dise 39; the tension of spring element 43, after the frictional engagement of pawl 42 has been overn come, causing the pawl to be further oscillated to ensure clearance with the teeth of the disc. The bell-cranh lever 44 is held in normal position through the action of the spring 46. The lever 44 is oscillated and the roller 45 moved into the path of the composite striker 43, 43a by means of a; link 47 connected with the bell-crank lever 44 and a foot treadle 79; downward movement of the foot treadle 79 causing the lever 44 to move roller 45 into the path of the striker so as to cause the action heretofore described. When treadle 79 is released, the lever 44 and roller 45 will immediately return to normal position, through the action of the two springs shown in Figure 4, which allows pawl 42 to return into engagement with the disc 39 with the result that shaft 40 will rotate with sleeve 38.

VThe outer end of shaft 40 is provided with a disc 48 secured thereto s0 as to rotate with the shaft and this disc is provided with a slot disposed transversely thereof, in which is dove-tailed av slicable block 49, which is adapted to be slid diametrically of the disc 4S soV as to-b`e moved to any desiredl point intermediate of the axisrof the disc 48 and its periphery. The block 49 has one end of a' piston-rod 50 secured thereto while the opposite end of the rod 504is connected with a piston 5l slidably mounted in a cylinder` 52 which in the presentr construction isv pref erably shown horizontally disposed. The closed end of the cylinder is provided with a valveseasing' 53 in which is rotatably mounted a cylindrical or plug-valve 54, the periphery whereof, at predeterinined points, is provided with the dished-ou't portions or recesses and 56, see Figure 7. The valvecasing 53 is provided with a plurality of ports; thel one port 57 whereof communicates with the cylinder 52'; the second port 53 coi-mnunicates with a fluid-holding receptacle 59, while the third port communicates wi-tlia conduit 61.

The dished-out portion 55 is of a size just sufficient to bring the port 57, which coinmunicates with the cylinder 52, into communic'ation with they port 58, which leads to the fluid-holding receptacle 59, when the valve is in one position, to-wit as illustrated in Figure 7 while the dished-out portion 56 in the valve 54 is of size just sufficient to permit they @lished-out portion 56 to estab'lishv communication with port 57, leading from the cylinder 52, and with the port 60 leading to the cor'iduit 61. The wall or bridge of the valve 54, intermediate of the dishedeout portions 55 and 56, is of such width as to fully' cover the port 57 when the valve is'. rotated into` a predetermined position. in order that a complete shut olf of port 57 may be had during the oscillatory movement of valve 54, accomplished by mechanism later to be described. rlhe intermediate wall or bridge, at the same time, is of such size as to necessitate a very small movement of the valve to establish communication between the cylinder and either the fluideholding receptacle 59 or conduit 6l, as the case may be. y'

The conduit 6l leads to shell or casing 62, see Figure 5, which is preferably of the construction more clearly shown in Figure 16. The shell or casing 62 isv provided at its top with a suitable cap 63 apertured to provide ap'assage and guide for a rod 64 and also formed to provide a gland for suitable packing whereby a fluid-tight slidable rela: tion with the rod 64 may be provided. rl`he lll) lower end of the shell or casing 62 is shown internally threaded to receive a valve-seat member 65 which is perferably formed with an internal shoulder or seat at 66 for a 'valve 67 which is secured to the lower end of the rod 6i. The valve 67 is perferably in the ynature or disc provided lwith a plurality of circumferentially disposed apertures as at 68, see Figure 17, arranged adjacent the periphery of the disc, while the intermediate or central portion'is preferd ably provided with a Washer 69 adapted to 'form fiuid-tight relation with the shoulder or seat 66 when' the valve 4is in closed posig tion. i i f n The upper end of the rod 6ft isl shown provided with a sleeve 7 O having oppositely disposed trunnions at 7l to be engaged by the biiurcated end 72 of the valve-actuating member y73. The sleeve is slidably mounted on the rod 6i and its degree of movement on the rod is determined by a collar 74 which is held in its adjusted position by a setscrew. lThe upper end ot the sleeve 70 has the end oi a coil spring-75 seated thereon, with the opposite end oi the spring abutting Lagainst a collar 76 on the rod 6i; the collar 7 6 being also adjustable so that the tension of spring may be regulated so as to compensate :tor slight differences in movement of the actuating member 7 3 and tlie valve and at the ,same time provide. a yielding` relation between them which 'also ensures holding the valve to itsseat. e e

The valve Mis provided with a trunnion 77 at one end; the trunnion ,being preterably made angular in cross section to receive the apertured end of a link 78, which is adapted to transmit movement of the valve 54e when the link is oscillated. The link 7 8. is adapted to' extend between a pair ofpins 8G, 80, arranged at predetermined points and spaced apart,

the hub port-ion of the valve-actuating ineinber 73, (see Figures 16 and 19) the latter being loosely mounted on the hub portion of link 7 8. It is evidentthereore that as the link 78 is oscillated to rotate valve oe,- member 73 will be oscillated, in a vertical portion 55 will register' with the port 58, ci the liuid receptacle 59 and with port 57 communicating with the cylinder 52, namely (a distance somewhat greater than the width of linky 78) oir a rod 8l whose opposite end is pivotally cured to an oscillatiiigly mounted lever 82. rEhe lever 82 isfpivoted at 88 on a suitable support or bracket on the top or bed-plate L8' oi the machine; the lever-82 being dis-` posed upwardly and in iuxtaposition to the disc d8, namely on the side of the dise opposite to that kwhich is provided with tlie Vwrist-pin 85 to which the piston rod 50 :is

pivotally connected. Thebracket to which the, lever is pivotally secured is also provided with a second lever 86 pivotally mounted and upwardly disposed adjacent to the disc i8 and on the opposite side oi t' 'lhe two levers 82 and 86 are con--k iiected toert-lier b i suitable conneotinof means t.. D t) n l as 87 i ioure 5 so that oscillation oi u n l y one leverl ivili cause similar oscillation or the other lever and in the saniedirectioii.`

Secured to the adjacent side olthe dise 418 and preterably in proximity to the periphery thereof, 'l provide a striker element 88, preferably in tlienature of a roller, which is adapted to engage with the upper ends oi the levers 82 and 86 when disc 48 is rctated. The upper endr oi lever 82 is bent toward the dise d8 and at a predetermined disposed in the path oi tlie striker element or roller 88 and are oi: such inclination or bevel that tlie striker 88 may ride downwardly over the bevel surface oi" lever 86 and upwaidly'over the inclined surface 89 of lever 82, and cause the levers 82 and 86. to be oscillated vertically about their respective pivotal points. es striker 88 rides downwardly over the surface 90 of lever 86, the lever will oscillate to the lett in Figure 5 and cause similar oscillation of lever 82, moving the upper angular end tliereois into the path of the striker 88, so that continued rotation or disc L28 will cause the striker 88 to engage with the initier side ol1 the bent sloping end 8l? and io lever 82 to the right in Figure o, at tie saine time inducing similar oscillation oi' lever 86 so that it will be iii position to be ei'igagei'l by striker 88 in the further rotation ell the disc 48. lt is apparent that the rotation ot disc i8 in ooi/inteiuclockvise direction in Figure 5 will Jforce lever 82 into the position slieivn in said ligure, which causes the lUS lill

valve 54, by means of link 78 and rod Sl, to be also rotated in counter-clockwise direction, namely into the position shown i Figures G and 7, where the liquid is allowed totlow from thereceptacle 59 through the dished-out portion 55 in valve 5i and into striker 88 the slojiing surtaee 90 or" il be osciU lever 86, the valve 51'- w ated in clockwise direction in suilicient to bring the di f register with the port .i i ot cyril l the port 60 oit' the conduit el, which time the piston 5l will be forced toward the valve end of the cylinder, thereby iorcing liquid from the cylinder through the lishedout portion 5G and into conduit (il. rEhe liquid from the conduit 6l enters the shell or casing G2 above the valve (37 thereo'r. During the rotation ot valve 5iinto the position shown in Figure 7, namely the position induced by striker 88 passing from the sloping surface 89 oi lever 82, the member Til will be oscillated upwardly in Figure 5, moving the sleeve 70 on rod 6d upwardly against the action ot spring 75, causing the valve 6.7 to be lirmly held on its seat at the bottom of the shell or casing 62. The oscillation or' lever 8G, by reason ot the connections through connecting member 87 with lever 8;.,

iuses rod 8l to oscillate link 7S in clockwise direction, thereby inducing mein "er 73 to oscillate downwardly. Such movement olf member 73 forces rod Gi downwardly and moves the valve 67 oli its seat sufficiently to permit the liquid to pass beneath the seat G6 and discharge through the ports 68 in disc-Valve 67 the discharge bling mainly through said ports because the valve 67 is in close relation with the side walls of tubular member or extension The end 7:2 oi member 7 is biturcated or slotted rertically and horizontally, both tor the trunnions "T" ot sleeve TO and for the stem 6l, to a coiV erable extent to permit member T3 to su through the arc of a circle without i i 'tertei`- ing with the vertical reciprocation oic rod while slight additional movement ot' the member 73 is permitted after the valve o7 has been forced to its seat.

The fluid-holding receptacle 5t) may be et any suitable size and construction, being preferably provided with a. tapered or coneshaped bottom as shown in Figures l und 7, with the apex or bottom end thereotprovided with a coupling whereby the receptacle may be secured to the valve-casing ln order that the tluidin the receptacle 59 may be kept in desired condition, namely to preif'ent a precipitation ot any of the ingredients, l provide the receptacle with a vertically disposed shaft 9i rotatably mounted at its bottom end in a suitable spider or bracket as at 92, see Figure 7, and this shaft 91 is provided with a pair of a blades 93, 93, the one arranged above the spider or bracket while the other is secured to t ie end oit the shaft immediately beneath the bracket or spider; the blades being adapted to rotate with the shalt 9i. These blades are oif'a construction to permit tree rotation as near the bottom oi the receptacle 59 as possible and any suitable number oi' blades or agitators may be employed to maintain proper agita on oi the liquid to prevent the accumul on of precipita-nt or sediment at the bottoni ot the receptacle, thus fnsuring the matter discharging through valve to be or like cons ency. The upend et the shaft l is provided with a gear arranged in mesh with a bevel 'nien secured to the transversely dissed shalt 9G arranged in suitable brackets secured to opposite sides and on top of itaeleo), see Figures l and The end or shaft 9G is shown provided with a. sprocket wheel at 9S about which a suitable chain 99 is disposed; said chain being also disposed about a suitable sprocket arranged on the end ot the sha'tt on which worm-gear 35, oi the transmission mechanism, is mounted, so that the agitator will be kept in constant rotation as long as the machinev is in operation. The receptacle 59 is preferably provided with av sectional cover or top as at l0() in Figure l, hinged or otherwise secured at points acont to the transverse or longitudinal center ot' the top of the receptacle 59. The throw or reciprocation oit piston 50, previously stated, is controlled by the positioning of the block i9 relative to the axis of disc #i8 and this position may be adjusted by means ot the threaded rod lOl which is disposed through a stationary block 102 secured in the transverse groove olf disc 48, while the inner end rod lOl threaded into a tapped openine in slidable block 49; the position ot the rooL being maintained by jam nuts as at 103 which are screwel into snug relation with opposite sides ot the stationary olock 102; the slidable block 49 'oeing shown litting intothe doive-tailed groove in the disc Li8 which will' hold the block firmly in place.

Disposed circumterentially about the sup` porting legs of the machine is a ring 101isee Villigures l and l?) and this ring 104, at suitable spaced intervals apart, is provided with a number ot' upwardly disposed rods or supporting members 105, adapted to extend a itators or Sil llO

sutiici ent distance above the ring 104 for the purpose of supporting the funnel members 106.. The funnel members are shown provided with a socketed lobe or earto receive the supporting member' 105 and are also pro` vided with a clamping bolt or screw 10'? whereby the vertical position of the funnel member 106, onfthe supporting member 10.5, may be regulated and maintained. The members 106 are preferably of the funnel formation to receive all liquid discharged by the valve 67 and in order to discharge the same into the bottles or small orificed'containers, l provide each member 106 with a nipple 108 which is screwed into a tapped opening formed in the shell 109 at the lower end of the funnel member 106; the nipple being preferably in the nature of a tube as shown in Figure 13 and of suitable diameter to permit it to enter the rather small orifice of a bottle indicated at. 110 in Figure 13.

rThe bottle or other container to lie/filled is placed on a holding member or tray 111 secured to the up ner end ot a post 112 which is disposed through a. suitable opening in the ring 104; it being understood that a separate bottle-holding member or tray 111 is provided for each funnel member 106 and arranged immediately beneath the discharge or nipple. end thereof.

trolled by means of the conical spring 113 seated. on member 104, while the upper end of the spring is in engagement with a collar 114 on post 112; the collar 114 being adjustf able on the post and Lheld in place by the thumb-screw 115. With this construction, it is apparent that the bottle-holding tray 111 will be maintained in elevatedy position through the action of the spring 113; andin order to prevent the too farv upward movement of the tray 111 or to adjust it. relative to the nipple 108 of funnel member 106 for varying sized bottles, 1 provide the post 112 at a point beneath the ring 104 with a second collar 116 adjustable on the post and clamped thereto by means lof the thumbscrew 117. lilith this construction, it is apparent that the tray or bottle-holding member 111 may be arranged in different hori Zontal planes and its normal position', relative to the nipple 108, regulated. The bot tie-holding disc or tray is normally positioned at a distance from the end of nipple.

yas shown in Figure 13.

The post 112 is4 slidable through the ring 104 and is conadjrstably secured on the center post or member '121 by means of the clamp-bolt 122 The under side of the table or annular member 104, adjacent to the inner perimeter thereof, is formed to provide an angular groove corresponding with the cross-sectional configuration of the double bevelled surface of the rollers 118, see Figure 13.

f r1`he supporting frame of the machine also comprises an annular member or ring 123 on which is secured a plate or bar 124; the plate being arranged in a higher horizontal lplane to provide space therebeneath for the passage of an oscillatingly mounted lever 125; the lever 125 being shown pivoted on the center post 121 with its free end supported by the annular member orv ring 123, see Figure 9. n j

Vlihe outer end offlever 125 is provided with a pawl 126 pivotally secured thereto. The free end of the pawl 126 is preferably partially cut away or reduced and socketed or notched at an intermediate point as shown at 12'? to engage with the rods 105 which are arranged circumferentially about the top surface of plate 104 and spaced suitable distances apart so as to be disposed at points intermediate of the posts 112 and adjacent to the inner periphery of the ring 104. The pawl 126 isforced toward the rods 105 by a spring 129 which is secured to the plate 124 while the free end of the spring presses against apin 130 on the pawl 126 at an intermediate point. The frame is also provided with a bracket 131 which is formed to provide a bearing for a journal 132, to one end whereof is secured a sprocket wheel 133, while the other end is provided with a disc 134; the bearing portion of bracket 131 being shown provided with a suitable oilreeeiving hole 135 whereby journal 132 may be lubricated. They disc 134 is preferably provided with a, transversely disposed groove intowhich a block 136 is dove-tailed to permit of adjustment lengthwise or" the groove; the disc 134 being shown provided `with a band 137 disposed about the periphery and secured in place by bolts or screws as at 138, see Figure 11. 'The position of 'block 136 is controlled by adjusting bolts one end, is shown provided 'with a wrist-,pin 140 which is provided with a biturcated link 141 (see Figure 10) to which one end ot a turn-buckle 142 is pivotally secured, while the other end otl the turn-buckle 142 is pivotally secured to a link 143 which, in turn, is pivotally secured to the lever 125, see Figure 9. The sprocket-wheel 133 is adapted to receive a sprocket chain 144 which leads from a sprocket-wheel 145 secured to the end of sleeve 38 ot the transmission mechanism 34, see Figures 1, 3 and 4.

gs is apparent from the construction shown, the journal will be rotated when the transmission .mechanism 34 is in operation, thus causing disc 134 to be rotated. lilith the wrist-pin carrying block V13b positioned toward :one end ot the groove in the disc 134, namely with the wrist-pin 140 eccentric xtc the anis of the cisc 184, itis .evident that the turn-buckle connection between wrist- Apin 140 andthe lever 125 will cause the latter to oscillate horizontally; the degree of oscillation being controlled by the position ot `the wrist-pin 140 relative to the axis ot' the disc 134; the adjustment of the wrist-pin being such that lever will be oscillated sui'iiciently to cause pawl 126 to rotate ring 104 a degree substantially corresponding with the distance between the posts 112. Such movement roi the ring 104, will cause a succeeding funnel member 10G and its respective bottle or container' to be shifted beneath the discharge member Continued rotation of the journal 132 with its disc 134 will cause oscillation of the lever 125 backk to normal position, whereby ,pawl 120 will be i llow-ed to slide past the rod 105 engaged thereby and to engage with the next succeeding` rod 1.05; namely into ythe position shown in Figure 9 where the pawl is at the end ol fits return stroke and 1prepared to engage l:the rod 105 to rotate the ring 104:1 predetermined degree upon the outward stroke `or oscillation oi lever 1.25; the ring being rotated merely during such outward stroke of the lever 125.

`With the turn-buckle pivotally connected `to the wrisbpin 140 Iand to the lever 125 as shown and described., it lis apparent that a universal connection is provided, which peianits the one end to Amove through a vertically disposed arcand the turn-buckle connection to also have lateral play during its 'in its 'reeiprocation and therefore the .positioning ofthe- `containers on tunnel members '106 rand the the holding-trays 111, to a nicety may be controlled by proper turning -or `adjustiiflg of the turn-buckle 142.

it is also apparent that any Wear of valve 67 and its seat 66 may be taken care or by changing the tension of spring 75, which ensures complete seating oi the valve and maintaining it on its seat; While the spacing ot pins S0, 80 to be engaged by lever 'ib Vbayonet-slot .147, so that when the foot-lever This pressed downwardly to the end ot slot 147 it may also be moved slivhtly to one side and be held in the oft-set oriower end oit the slot 47. This depressed position oi' the footlever 7 9 causes bell-crank lever 44 Yto move roller 45 into the path of the composite striker 43-43, which immediately forces pawl 42 out of engagement with the teeth of y disc 39, at which time shaft 40 will be uncoupled from sleeve 3S; pawl establishing operative relation between shaft #l0 and sieeve 38 as soon as striker 423-43 pa s beyond roller 45, at which time shaft 40 will revolve at the same speed at which sleeve lila is being rotated by the variable speed transmission gearing previously described.

have described my improved receptacle -l'illing vmachine in its speci'ric embodiment as disclosed in the drawings, a machine which is adapted to accurately control the quantity discharged and conveyed Ainto the containers; having described the same in terms which have been employed merely as terms ot dcscription and not as terms ot limitationr` because structural .modifications are possible and :may be mad-e without, however, departing from the spirit ot my invention.

1. In a machine ot the charzuttcr desculbcd`r a. ring circumferentially disposed about the machine and mounted to rotate rhereaboul'` a plurality of tray-holding rods disposed through said ring, stop elements adjustably secured to said rods above and below the ring, `springs intermediate of the ring and the upper stops whereby the trays are yieldingly yheld ab ve the ringv` a plurality ol' fluid-conveying elements carried hy said ring to rotate therewith and arranged in vertical alignment above and in spaced relation wif h the trays, and means whereby said ring with its trays and Huid conveying elemen may be intermittently rotated a degree corrcs ing with the 'distance intermediate ol centers Aot the iiuid conveying elements.

2. In amachine oft the character described. a rotatably mounted ring encircling` the nu chine, bottle-holding trays yieldingly arranged on the ring in predetermined spaced Sil lill

charge. nipples adapted to enter aesasea relation and provided with stems disposed through the ring, resilient means whereby the trays are yieldingly heldin elevated position above the ring, adjustable means secured to said stems whereby the extent of vertical movement of the trays is controlled,

a plurality of duid-conveying elements care ried bythe ring in a plane above the trays and in vertical alignment therewith, said ments being provided with removable disthe orifice of the bottles, and an oscillatable memb having yielding operative relation withy sain ring whereby the latter is given a predetermined degree of rotation during one otre of said `oscillatable member. y

3f In a machine of the character descril'ied, a spider, the arms whereof are provided at their ends with rollers having` angular snrfaces arranged at an outwardly disposed inclination, a ring disposed about the machine provided on its inner periinet: with an angular groove corresponding with the angular surfaces of the rollers et thc spia/er, a plurality of trays carried by the table, means whereby the normal position ot the trays relative to the ring may be regulated, said means being adapted to yieldingly support the trays in place, a plurality of vertically disposed rods mounted on said ring,

funnel members adjustably secured to the rods in a plane above and in vertical ali gn-V ment with said trays and provided` with removable discharge nipples, oscillating means, having yielding operative relation with the ring, adapted to rotate the ring to a predetermined extent during one strolre ot oscillation of said means, and power-imparting Amechanism whereby said oscillating means is actuated.

Il. In a machine of Vthe character described, a ring encircling the machine, a plurality ot' vertically adjustable rods mounted on the ring, trays mounted on said rods, a coilspring disposed about each rod and seatable on the ring, adjustable means for regulating the spring pressure, vregulable means on said rods beneath the iing 'for limiting the upward movement of the rods, a second set et rods mounted on the ring, a fluid-conveying member adjustably secured to each of the last mentioned rods in a plane above and in vertical alignment with said trays, an oscillatingly mounted lever secured to the iframe of the machine within. the ring, a spring-controlled pawl pivoted on said lever whereby the table may be rotated a predetermined eXtent during movement oit the pawl in one direction, and means loroscillating said lever.

5. In a machine of the character described,

f a receptacle carrying ring encirclingthe maadapted to have operative relation Lwith said ring so to actuate the latter when the lever oscillates in one direction, a power operated disk provided with an adjustable wrist pin, and pivoted means intermediate of the wristpin and said lever` In a machine of the character described, provided with motive power, a rotatablyr Vmounted ring having mounted thereon a plurality of tiuid-directin g elt-xinentsl disposed in elevated relation therewith and a plurality ot vertically adjustable container-,holding elements correlatedy to` the `First mentioned Vrotated a predetermined extent during each operation of aid rotating ine-ans.

7. ln a machine of the character described, a ring disposed about the machine androtatable thereon, said ring being provided with plurality et yielding bottle holding trays, a lever pivoted to the frame ot the machine within the ring so as to swing laterally, a spring pressed pawl pivoted on the end ot' the lever and adapted to have operative engagement with the ring, power operated rotating means provided with an adjustable nf'risnpin, and eXtensible flexible means intermediate of the wrist-pin and said lever.

S. ln a. inachineot the character described, ay rotatable container holding table, a rotatable disc provided with an adjustable wristpin, oscillatable means tor controlling said table, and meansfor providing adjustable connection between the wrist-pin andlsaid oscillatable means whereby to control thek lOO oscillatory periods of said oscillatable means.

9. ln a machine of the character described,

a container holding table dis osed circumterentially about the machine, a power-imparting disc provided with an adjustable wrist-pin, oscillatably mounted means for controlling the movement of the table, and a turn-buckle connection intermediate of said wrist-pin and said oscillatably mounted means, provided at each end with a vertical and horizontal swivel-joint adapted to provide a universal connection between the wrist-pin and said means.

10. A machine of the character described, comprising a supporting frame, a spider adjustably secured to said ame against rotation, the outer ends of the spider being provided with beveled rollers arranged at an outward inclinatioi'i, a container-holding'table comprising a ring disposed about the frame and lrerted on its lower surface at the inner perimeter thereof, the kerf being adapted to receive the rollers whereby the ring is supported in place, tluid receiving tunnels adjustably mounted on and in spaced relation with said ring, adjustable container holding' trays carried by said ring in predetermined spaced relation with said tunnels, the 'tunnels and trays being arranged in vertical alignment .and movable with the table, and means tor yieldingly holding the trays in their adjusted position.

1l. ln a machine ot the character described, a supporting trame` a spit er sccured to said frane@ and provided vith rollers, an annular member rollers, tluid directing members mounted on said annular member in spaced relation therewith, container holding trays adjustably secured on said annular .member beneath said tluid directing members, an oscillatable arm secured to said trame Vand provided with `a springcontrolled aawl adapted to have operative reloltion with said annular member to rotate the latter when said arm is oscillated in one direction` and regulable means whereby the degree o' oscillation may be determined.

12in a machine oi' the character dcscribed, a supporting traine. a spider secured to the frame and provided with rollers.r a hanged ring' mounted on said rollers and provided with a plurality ot upwardly dis posed rods, fluid-directing members secured to the rods in spaced relation *ith the ring'. container holding,T trays yieldingly secured on the ring, beneath said members, an oscillatable arm secured to the supporting1 frame and provided with a springcontrolled pawl adapted to engage with said rods, whereby aried by said Y terrasse the ring is rotated when said arm oscillates in one direction, rotatable means secured to the trame, and regulable means intermediate ot said rotatable means and said arm w ercby the degree of oscillation of the arm is determined. Y

13. In a machine ot the character described, a supporting frame, a ring rotatably disposed about said frame, iiuid directing elements mounted on the ring` in spaced relation therewith, container holding,r trays yieldingly mounted. on the ring beneath the elcnents, means whereby the ringl is l@given intermittent movement, rotatable driving means provided with au adjustable wrist pin. and adjustable means pivotally secured to the wrist pin and to said hrst means whereby the degree of movement ot the ring,r may be regulated.

lei. ln a machine ot the character described, a supporting frame, a ring rotatably secured thereon, fluid directing elements carried by said ring, container holding trays adjustably secured to said ring` and beneath said elements, an oscillatable arm provided with a spring controlled pawl adapted to have operative relation with the ring;- to cause intermittent movement of the latter when the arm moves in one direction, a power imparting' disk provided with an adjustable wrist pin, and a link pivotally secured to the wrist pin' and to said arm whereby the latter is oscillated, the pivotal connections of the link comprising a vertical pivot and a horizontal pivot at each end of the link.

DAVID A. UBIE. 

